6-Axis Robot Arm Supplier, Six Axis Robot for Sale - EVS Robot
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6-Axis Robot Arms Supplier

EVS offers six-axis robot arms that are ideal for handling various repetitive and tedious industrial processes in your production line. They offer great flexibility to handle a wide variety of applications such as machine tending, assembly, packaging, palletizing, welding, and polishing processes. Using 6-axis industrial robots can provide you with full freedom as they can travel through the X-Y-Z axes with the ability to run around on each axis. Choose EVS compact 6-axis robot arms for the cost-effective automation of your production lines at high speeds with improved quality. We can meet your specific needs through our turnkey robotic automation solutions.

EVS 6-Axis Robot Advantages

Less Set-up Time: Our 6 axis robot arm kits can be maintained easily and allow for offline programming to significantly reduce configuration time.

Explosion-Proof Certified: Our company was the first one to develop industrial robotic arms with explosion-proof certification in China.

Customizable: With customizable tooling and flexible 6 axis robot arm designs, we can cater to different robotic automation needs.

EVS 6-Axis Robot Applications

Achieve highly precise and accurate movements for handling your industrial robotic production lines with EVS 6-axis robots that are ideal for streamlining processes such as material removal, material handling, assembly, pick and place, machine tending, packaging, painting, dispensing, and others.

6-axis Robot Arm

At EVS, we supply flexible, durable, and cost-effective 6-axis robot arms that are suitable for various uses. Some of the industries we cater to include welding, packaging, assembly, appetizing, and many others. Our designs are compact and can be integrated into different scales of factory operations to take over tedious tasks.

When you choose EVS as your robot supplier we work with you to deliver the right automation solutions for your business. Moreover, our robots are easy to set up using our unique offline programming features. We can also customize them to fit the specific needs of your production line.

6-axis robot

What is a 6-axis Robot Arm?

Pick and place arm reaching for a box

A 6-axis robot arm can move in 6 axes of motion including

1st Axis

The robot arm can move from left to right(Y-axis) to cover a 180-degree work envelope. This axis is located at the base of the robot.

2nd Axis

It is responsible for the back and forth(X-axis) motion of the lower part of the robot arm.

3rd Axis

Facilitates the up and down (Z-axis) movement of the robot arm. Depending on articulation, it may be possible for the arm to be raised and stretched to the back of its body.

4th Axis

It is located in the upper arm which rotates and causes the wrist to roll.

5th Axis

Involves tilting of the robot wrist in a pitch and yaw (up/down) motion.

6th Axis

It is located in the wrist of the arm which moves in circular motions to manipulate objects or position end effectors.

Advantages of a 6-axis Robot Arm


The multiple axes of motion give a 6-axis robot arm the dexterity to perform a series of complex tasks.

Easy to operate

Our 6-axis robot arms are flexible, highly responsive, and can easily be programmed offline within short configuration times.

Multiple Uses

EVS 6-axis robots can be applied in numerous industries due to their vast abilities. Our explosion-proof robot, for example, can be applied in high-risk industries.


It fulfills multiple roles for the price of one robot.

How do 6-axis Industrial Robots Work?

6-axis robots require programming to perform the desired tasks. There are various programming methods including the use of special software like Vision Systems or Touch Sensing. The robot arm can run automatically once programming is complete. Alternatively, a remote control panel can also be used to manually direct their operation.

The motions of the robot arm are facilitated by servo motors that provide power. However, for the robot arm to perform the task it is assigned, an end effector is installed at the wrist. Different kinds of end effectors can be applied to suit the task at hand. Examples include a gripping claw, a saw, or a suction system.

The motions of the robot arm are facilitated by servo motors that provide power. However, for the robot arm to perform the task it is assigned, an end effector is installed at the wrist. Different kinds of end effectors can be applied to suit the task at hand. Examples include a gripping claw, a saw, or a suction system.

On installation, 6-axis robot arms tend to be relatively large depending on the payload they handle. As such, they may require large workspaces. However, that does not limit their suitability to be applied as part of a production line or individually.

Applications of 6-axis Robot Arms

Ultrasonic welding of engine cover soundproof cotton

Machine Tending

Tending to industrial machines like CNCs or stamping presses can be difficult and dangerous for employees. Using a machine tending 6-axis robot arm in their place protects workers from injuries and frees up their time for other tasks. Moreover, the robot arm can work fast and with precision which increases productivity.

Gripping Method

Different end-effectors use different gripping methods such as:

Material Handling

Industria tasks like pouring molten metal at high temperatures or handling concrete at construction sites are quite laborious. They require a lot of manpower and even then they are too dangerous. Material handling 6-axis robot arms can be applied as lifting cranes in such applications to save on costs and improve output.


Painting machinery, cars, and other products requires precision and access to hard-to-reach areas. It would be a difficult job for human hands that would take many hours to complete. In contrast, using a painting 6-axis robot arm is faster and it can easily be maneuvered to access all parts.

Automotive Industry

Automotive assembly involves the lifting and installation of heavy and sometimes fragile parts like windshields. Additionally, each part has to be glued, soldered, or welded to the main body. Incorporating 6-axis assembly robot arms significantly reduces production times, standardizes quality, and protects workers from over strenuous jobs.

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